
We point out that [1]} actually states the above for the random variables \(_{(x,z)} g_A(x,z)\) , but it is equivalent to the version stated above since \(_{(x,z)} g_A(x,z) = _{(x,z)}T_{1 - \eta }g_A(x,z)\)  for every \(A \in V^R\) .
